Presentation on IoT_Harsh Arora
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Harsh Arora's document discusses the Internet of Things (IoT). IoT refers to connecting physical devices to the internet through sensors and allowing them to communicate. IoT devices use technologies like IPv6 for improved mobility, security, and address management across the internet. IoT is useful for applications like low power sensors transmitting data over wireless networks, less congested transportation through smart infrastructure, and automating processes using sensors to identify and fix problems. The key attributes of IoT include sensing via attached sensors, adding intelligence to manual processes, connecting objects to networks, customizing technology for specific verticals, and ubiquitous deployment of devices everywhere. Areas of potential innovation include environment monitoring systems, smart cities, security for reprogramm
Presentation on IoT_Harsh Arora
- 1. The Internet Of Things Name: Harsh Arora E-mail: harsh.arora800@gmail.com Twitter Id: @arora800 University: Manipal University Jaipur Year/Semester: IV/ VIII Branch: Electronics & Communication Engineering A Sensor In It, A Database Behind It INSTRUMENTED INTERCONNECTED INTELLIGENT
- 2. INTRODUCTION The Internet of Things (IoT) is considered to be the fast growing technology that refers to the emerging interconnectivity of embedded devices i.e. linking physical space to the web; a remote connection to objects that are either sensors, actuators or a combination of the two, connected in such a manner that their presence on the web is either private or public. Machine-to-machine (M2M) technologies allow IoT devices such as sensors and industrial systems to communicate with each other autonomously via the Internet. IoT devices are designed to be interconnected via IPv6 that offers improved mobility, security and address management across the Internet. Fig.1- Simple Connection for Internet of Things Unpack device and connect it to the Internet Install software on the device Start collecting and visualizing data
- 3. WHY IoT IS USEFUL? The cases that highlight how the Internet of Things is useful are as follows:- a) Low power devices like sensors need to transmit information over the internet to connect to wireless networks which is due to limited processing abilities and optimize battery life. b) Less congested roads, better quality food, less wasted energy, less spent money and an easier life. c) Sensors and the ability to communicate could be added to almost anything to automate processes and identify and fix problems. INTERNET OF THINGS ENVIRONMENT ENERGY HOME AUTOMATION INFRASTRUCTURE TRANSPORTINDUSTRIAL HEALTH CARE
- 4. KEY ATTRIBUTES OF IoT Fig. 2- Goldman S-E-N-S-E framework Source: Goldman Sachs Global Investment Research S-E-N-S-E What the Internet of Things does How it differs from the Internet Sensing Leverages sensors attached to things (e.g. temperature, pressure, acceleration) More data is generated by things with sensors than by people Efficient Adds intelligence to manual processes (e.g. reduce power usage on hot days) Extends the Internet’s productivity gains to things, not just people Networked Connects objects to the network (e.g. thermostats, cars and watches) Some of the intelligence shifts from the cloud to the network’s edge (“fog ” computing) Specialized Customizes technology and process to specific verticals (e.g. healthcare, retail, oil) Unlike the broad horizontal reach of PCs and smart phones, the IoT is very fragmented Everywhere Deployed pervasively (e.g. on the human body, in cars, homes, cities, factories) Ubiquitous presence, resulting in an order of magnitude more devices and even greater security concerns
- 5. TRENDS Fig.3- Gartner 2012 Hype Cycle of emerging technologies CONSUMERS LEAD THE IoT Today A few connected devices per person. Tomorrow Integration Almost every device that consumers own will be connected, and many new ones will be created to leverage the value created by consumer connections. Cross-platform integrators will connected devices and automate personal activity.
- 6. INTEREST AREAS Examples of Innovation- If given an Internship opportunity- Environment Monitoring System based on WSN with continuous data monitoring. Smart Cities that combine services offered by multiple stakeholders and scale to support a large number of users in a reliable and decentralized manner. Securing reprogrammable networks & privacy and GIS based virtualization. The areas where I intend to work on could be anyone of the above mentioned innovative solutions as Home Automation, HealthCare, Virtual Augmented Reality etc. I am open to any project/ area that the company may feel suitable to put me in order to best utilize my knowledge and skills. Having a project experience on Environment Monitoring System using GSM and Web- Server, IoT based project, at ISRO-Indian Institute of Remote Sensing, Dehradun. The interest areas are Home Automation, HealthCare Systems and innovative applications on Augmented Reality (AR).